Random Value Generation - Python Programming Exercise

class RandomNumber:
    # Static variables for random number generation
    m = 233280
    a = 9301
    c = 49297
    seed = 1

    @staticmethod
    def GetFloat():
        """
        Generates a floating point number between 0 and 1 using the formula:
        seed = (seed * a + c) % m
        result = abs(seed / m)
        """
        # Update the seed using the linear congruential generator formula
        RandomNumber.seed = (RandomNumber.seed * RandomNumber.a + RandomNumber.c) % RandomNumber.m
        # Calculate the float value between 0 and 1
        result = abs(RandomNumber.seed / RandomNumber.m)
        return result

    @staticmethod
    def GetInt(max):
        """
        Generates an integer between 0 and 'max' using the formula:
        result = round(max * GetFloat())
        """
        # Generate a float and scale it by the max value
        return round(max * RandomNumber.GetFloat())

    @staticmethod
    def GetIntRange(min, max):
        """
        Generates an integer between 'min' and 'max' using the formula:
        result = round((max - min) * GetFloat()) + min
        """
        # Generate a float value between 0 and (max - min)
        return round((max - min) * RandomNumber.GetFloat()) + min


# Test the RandomNumber class and methods
if __name__ == "__main__":
    print("Testing RandomNumber Class:")

    # Test GetFloat
    print("GetFloat():", RandomNumber.GetFloat())

    # Test GetInt with a maximum value of 10
    print("GetInt(10):", RandomNumber.GetInt(10))

    # Test GetIntRange with a range of 5 to 15
    print("GetIntRange(5, 15):", RandomNumber.GetIntRange(5, 15))

    # Test with different ranges
    print("GetIntRange(100, 200):", RandomNumber.GetIntRange(100, 200))
    print("GetInt(50):", RandomNumber.GetInt(50))

 Output

Testing RandomNumber Class:
GetFloat(): 0.11292986114866488
GetInt(10): 1
GetIntRange(5, 15): 8
GetIntRange(100, 200): 183
GetInt(50): 48